Engineering
Experimental Result
100%
Energy Engineering
94%
Computer Simulation
83%
Magnetic Field
68%
Two Dimensional
65%
Robot
60%
Good Agreement
59%
Finite Element Method
58%
Stress-Intensity Factor
58%
Transients
42%
Pneumatics
40%
Phase Change Material
38%
Flow Field
37%
Turbulent Flow
36%
Boundary Layer
34%
Boundary Condition
34%
Experimental Investigation
33%
Mach Number
33%
Numerical Study
32%
Anisotropic
31%
Internals
31%
Reynolds' Number
30%
Convective
29%
Velocity Field
29%
Stress Field
28%
One Dimensional
28%
Wave Reflection
28%
Breakage
28%
Natural Convection
28%
Isothermal
27%
Computational Fluid Dynamics
27%
Duct
27%
Cross Section
27%
Electric Field
26%
Engineering
26%
Analytical Model
26%
Filtration
25%
Bauschinger Effect
24%
Impact Velocity
24%
Free Surface
24%
Parametric Study
24%
Hydrodynamics
23%
Dielectrics
23%
Residual Stress
23%
Blast Wave
23%
Fluid Flow
23%
Experimental Observation
23%
Pressure Vessel
23%
Temperature Field
23%
Dynamic Models
23%
Direct Numerical Simulation
21%
Axisymmetric
21%
Hydraulics
20%
Vortex
20%
Fatigue Life
20%
Numerical Model
20%
Steady Flow
20%
Magnetohydrodynamic Generator
19%
Crack Depth
18%
Normal Shock Wave
18%
Dynamic Response
18%
Regular Reflection
18%
Joints (Structural Components)
18%
Mathematical Model
18%
Fluid Viscosity
17%
Temperature Distribution
17%
Singularities
17%
Solid Particle
16%
Surface Layer
16%
Initial Condition
16%
Illustrates
16%
Impact Response
15%
Pressure Drop
15%
Applicability
15%
Close-Contact Melting
15%
Feedback Control System
15%
Numerical Solution
15%
Microstructure
15%
Scavenging
15%
Pneumatic Conveying System
15%
Internal Combustion Engine
14%
Intensity Function
14%
Theoretical Study
14%
Heat Flux
14%
Conservation Equation
14%
Simulation Result
14%
Numerical Example
14%
Numerical Methods
14%
Continuum Mechanics
14%
Tasks
14%
Polycrystalline
13%
Particle Velocity
13%
Two-Phase Flow
13%
Rolling Element
13%
Spherical Particle
13%
Flow Regime
13%
Drying Method
13%
Archimedes Number
13%
Surface Velocity
13%
Liquid Metal
13%
Keyphrases
Shock Waves
92%
Turbulence
68%
Numerical Simulation
67%
Heat Transfer
50%
Two Dimensional
47%
Autofrettage
44%
Magnetic Field
42%
Impactor
42%
Three-dimensional (3D)
40%
Stress Intensity Factor
39%
Phase Change Material
38%
Shock
38%
Turbulent Flow
34%
Numerical Investigation
34%
Mach Reflection
33%
Flow Field
32%
Mass Transfer
31%
Pneumatic Conveying
28%
Impact Test
28%
Velocity Field
28%
Shock Tube
28%
Kinematics
27%
Shock Reflection
27%
Planar Shock Wave
27%
Numerical Results
27%
Blast Wave
25%
Direct numerical Simulation
25%
Dynamo
24%
Spall
23%
Controller
23%
Particle Size
22%
Bauschinger Effect
22%
Mach number
22%
Magnetic Pressure
21%
Convection
21%
Friction
20%
Analytical Model
20%
Dynamic Response
20%
Reynolds number
20%
Thick-walled Cylinder
19%
Video SAR
19%
Ellipticity
19%
Temperature Effect
19%
Growth Rate
19%
Heat Mass Transfer
19%
Analytical Solution
19%
Planar Impact
19%
Richtmyer-Meshkov Instability
18%
Spall Strength
18%
Mean Magnetic Field
18%
Material Properties
18%
Nozzle
18%
Normal Shock Wave
17%
Finite Element Method
17%
Helicity
17%
Electric Field (E-field)
17%
Temperature Distribution
17%
Fatigue Life
17%
Operating Conditions
17%
Magnetic Helicity
16%
Gas Absorption
16%
Incident Shock Wave
16%
Impact Response
16%
Residual Stress Field
16%
Numerical Model
16%
Particle Velocity
16%
Crack Depth
16%
Natural Convection
15%
Surface Layer
15%
Flow Pattern
15%
Steady Flow
15%
Order of Magnitude
15%
Mathematical Model
15%
Impact Velocity
15%
High Temperature
15%
Steady State
15%
Regular Reflection
15%
Close-contact Melting
15%
Governing Equation
15%
Monte Carlo Simulation
15%
Spherical Pressure Vessel
14%
Mean Field
14%
Numerical Solution
14%
Temperature Field
14%
Mechanical Properties
14%
Penetration Depth
14%
Pressure-driven Instability
14%
Dust
14%
Continuum Mechanics
14%
Crack Front
14%
Stratified Turbulence
14%
Turbulent Convection
13%
Thermal Diffusion
13%
Pressure Drop
13%
Non-isothermal
13%
Spatial Distribution
13%
Finite Element Analysis
13%
Stiffness
13%
Turbulent Transport
13%
Solid Particles
13%